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  4. Optimizing Li-ion Battery Efficiency: Particle Size & Zeta Potential

Optimizing Li-ion Battery Efficiency: Particle Size & Zeta Potential

Particle size is a critical to Li-ion battery electrode development and manufacturing because it influences packing density, Li-ion diffusion speed, electrode durability, power and energy storage density, and powder flowability. When electrode particles are dispersed into slurries, the dispersion stability can be investigated with zeta potential measurements. Finally, during battery recycling, particle size and shape of shredded material is relevant for powder processing. The techniques for these measurements will be introduced, and their relevance to the Li-ion battery industry will be discussed with application examples.

Dr. Brian Rodenhausen (语言: English)
Brian Rodenhausen

Dr. Brian Rodenhausen is the Principal Application Scientist in the Particle and Porous Materials Characterization group at Anton Paar USA. He has over a decade of experience teaching users the theory and practice of analytical instruments, as well as advising them on the design of experiments and interpretation of results. His research background focused on label-free characterization of adsorbate layers at the solid-liquid interface. He received his Ph.D. in chemical engineering from the University of Nebraska-Lincoln (UNL) and did post-doctoral work at UNL and the Leibniz Institute of Polymer Research in Dresden, Germany. 

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